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| Section | Objectives |
|---|---|
| Automation and Programmability | - Junos automation basics (scripts, commit scripts) - Network configuration consistency and automation concepts |
| Data Center Routing Protocols | - BGP in EVPN-based fabrics - Underlay vs overlay network design - OSPF and IS-IS in data center environments |
| Junos Data Center Switching | - Spanning Tree and alternatives in DC designs - QFX switch configuration and operation - VLANs, trunking, and bridging concepts |
| Operations and Troubleshooting | - Monitoring and verifying EVPN-VXLAN fabrics - Troubleshooting routing and switching issues |
| EVPN-VXLAN Technologies | - VXLAN data plane encapsulation - EVPN Type 2 and Type 5 routes - EVPN control plane fundamentals |
| Data Center Architecture Fundamentals | - Layer 2 and Layer 3 data center fabric concepts - Spine-leaf (Clos) architecture design - Redundancy and high availability principles |
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NEW QUESTION # 34
Which element of an intent-based analytics (IBA) probe is used to specify the database objects to which the probe will apply?
Answer: D
Explanation:
In Apstra 5.1, Intent-Based Analytics (IBA) is built on Apstra's graph-based source of truth, where devices, interfaces, links, routing constructs, and services are represented as nodes with relationships. An IBA probe is effectively a processing pipeline (a directed acyclic graph of stages and processors) that ingests telemetry and then performs calculations, aggregations, and anomaly detection. To make any of that work, the probe must first determine which specific objects in the graph-for example, which leaf switches, which uplinks, which BGP sessions, or which interface counters-should be included in the analysis.
The probe element that selects those objects is the graph query. A graph query is evaluated against Apstra's graph database to return a set of matching nodes/relationships; those query results then become the scope for ingestion and subsequent processing. In other words, the graph query defines "apply this probe to these devices/interfaces/sessions," and it also provides the context used to bind telemetry identities (key-value pairs describing the metric source) to the correct logical objects in the blueprint. This is why Apstra documentation describes early probe processors producing outputs whose cardinality aligns with the number of results returned by the specified graph query(s). Without a graph query, the probe would not have a deterministic, intent-aligned target set for analytics, and the same probe definition could not be reliably reused across fabrics or blueprints.
NEW QUESTION # 35
In Juniper Apstra, what are three valid deploy modes when assigning systems to your blueprint?
(Choose three.)
Answer: A,C,E
NEW QUESTION # 36
Which two protocols can be used to advertise EVPN routes? (Choose two.)
Answer: C,D
NEW QUESTION # 37
When viewing the devices in the Managed Devices table, you see that some devices are listed in the OOS-READY state.
What does this state mean for the device?
Answer: A
Explanation:
In Juniper Apstra, a device in the OOS-READY (Out-Of-Service READY) state indicates that the Apstra agent has been installed and the device is prepared to be assigned into a blueprint, but it has not yet been brought into active service within the fabric.
NEW QUESTION # 38
What is the purpose of a Juniper Apstra rack?
Answer: D
Explanation:
A Juniper Apstra rack is a physical entity that contains one or more network devices, such as leaf nodes, access switches, or generic systems. A rack is used to organize and manage the network devices in the Apstra software application. A rack has the following characteristics:
It stores information on how leaf nodes connect to generic devices. This is because a rack can include generic systems, which are devices that are not managed by Juniper Apstra, but are connected to the network. A generic system can be a server, a firewall, a load balancer, or any other device that has a network interface. A rack stores the information on how the leaf nodes, which are the devices that provide access to the end hosts, connect to the generic devices, such as the port number, the link speed, the LAG mode, and the roles.
It has a rack type, which defines the type and number of leaf devices, access switches, and/or generic systems that are used in the rack. A rack type is a resource that is created in the data center design phase, and it does not specify the vendor or the model of the devices. A rack type can be predefined or custom-made, and it can be used to create multiple racks with the same structure and configuration.
It has a rack build, which assigns the specific vendor and model of the devices to the rack. A rack build is created in the staged phase, and it uses the rack type as a template. A rack build can also assign the resources, such as the IP addresses, the ASNs, and the VNIs, to the devices in the rack. It has a rack deployment, which applies the network configuration and services to the devices in the rack. A rack deployment is performed in the active phase, and it uses the rack build as a reference. A rack deployment can also monitor the network performance and compliance of the devices in the rack.
NEW QUESTION # 39
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